Synapse Sessions 2024

Synapse Sessions 2024 confronts the subtle dysfunctions, overlooked triggers, and unclear protocols that keep neurological recovery from reaching its potential. Fifteen targeted sessions equip you with strategies that address these gaps and expand what's possible for your patients.

Carrick Institute Faculty

Level:

-1

Multiple Levels

Credit Hours:

Price:

578

(

% off)

578

Description

In neurological and rehabilitative care, progress can stall when subtle impairments go unnoticed, when protocols aren't clearly defined, or when patient-specific factors are misunderstood. Synapse Sessions 2024 brings together a faculty of experts to tackle these challenges head-on, blending innovation with practical clinical application. Topics include advanced laboratory and nutritional strategies for multiple sclerosis, ocular and vestibular rehabilitation techniques, concussion management for both diagnosed and hidden injuries, and approaches to complex conditions such as Parkinson's disease and persistent pain. You'll explore the latest research on hyperbaric oxygen therapy, the neurometabolic cascade of concussion, and gender-specific differences in pain processing, alongside practical tools for managing sensitive patients and integrating multi-system rehabilitation. This program equips clinicians to detect what's often missed, intervene more precisely, and sustain improvements-helping patients move beyond partial recovery to a more complete return of function and resilience.

View syllabus

What you’ll learn:

Identify subtle neurological, visual, and vestibular dysfunctions that undermine progress.
Integrate evidence-based protocols for complex conditions such as MS, Parkinson's, and concussion.
Adapt rehabilitation strategies for patient-specific factors, including sensitivity and gender-related differences.
Incorporate emerging research on modalities like hyperbaric oxygen and neurometabolic management.
Design multi-system care plans that address root dysfunctions and promote sustainable recovery.

Syllabus

Components

Navigating the Complexities of Multiple Sclerosis: Laboratory Evaluations and Novel Nutritional Therapeutics
- MS management is often clouded by vague progression markers and limited tools. Learn targeted lab testing and emerging nutritional strategies to guide clearer, more individualized interventions.
Manual Exercises for Extra-Ocular Muscles for the Reduction of Migraine Days
- Ocular strain can quietly drive migraine frequency. Explore specific muscle exercises that address the underlying dysfunction and reduce days lost to headache.
Adjusting to Neutral: Concepts for Long-Term Resolution of Joint Position Errors
- Joint misalignment often recurs when underlying positional errors are left uncorrected. Discover strategies to restore true neutral and maintain stability over time.
Hidden Concussion in Sports: Sub-Concussive Head Impacts
- Repeated low-level impacts can accumulate neurological damage without obvious symptoms. Learn to identify early changes and implement protective interventions before performance or health declines.
Exercise Your Brain: A Holistic Approach to Consider from Brain Biomarkers to Behavioural Change in Mental Health Patients
- Mental health interventions often ignore objective brain health metrics. Explore ways to combine biomarker tracking with behavioural change strategies for more measurable improvements.
Soft Chamber vs Hard Chamber: Emerging Research on Hyperbaric Oxygen
- Uncertainty around HBOT protocols can limit its use. Review current evidence comparing soft and hard chambers to choose the right tool for the right patient.
Why Do We Have Pain When We Exercise?
- Exercise-induced pain can derail rehabilitation and discourage adherence. Understand its neurological underpinnings and learn how to reframe the experience to maintain progress.
Vertical and Torsional Eye Movement Rehabilitation
- Imbalances in vertical and torsional control can disrupt balance, vision, and coordination. Gain protocols to retrain these movements and restore functional stability.
Gendered Brain: How Trauma Shapes Pain Responses
- Pain expression and persistence can differ significantly between sexes, especially after trauma. Learn to recognize these patterns and adapt interventions accordingly.
The Importance of Treating the Neurometabolic Cascade of Concussion
- Concussion recovery stalls when the neurometabolic cascade is left unchecked. Discover targeted strategies to stabilize energy metabolism and accelerate restoration of brain function.
Visceral Manipulation and the Autonomic Nervous System
- Dysfunction in visceral mobility can amplify autonomic dysregulation. Learn manual approaches to restore visceral-autonomic harmony and reduce systemic stress responses.
Providing the Best Care for the Sensitive Patient
- Patients with heightened reactivity often fail to progress in standard protocols. Develop methods for pacing, dosing, and sequencing care to build tolerance without setbacks.
Ocular Alignment
- Even small ocular misalignments can strain visual processing and drive compensatory symptoms. Learn assessment and correction strategies to restore comfort and efficiency.
Visual-Vestibular Integration
- When vision and balance cues conflict, patients experience dizziness, nausea, and fatigue. Explore rehabilitation methods to synchronize these systems for smoother function.
Rehabilitation Strategies for Parkinson's Disease
- Motor and cognitive decline in Parkinson's often accelerates without multifaceted care. Learn integrated strategies to slow progression and preserve quality of life.

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Also includes

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Months Medline Access

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Months of Access to Complete the course (from the date of purchase)

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Ability to resubscribe to keep access after

months

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Eligibility for Neurology Fellowship and Diplomate Examinations after the completion of 300+ hours of study

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Certificate of Completion